The HVAC assembly line operated at 69% efficiency, causing production delays, increased operational costs, and reduced competitiveness in the mining and industrial HVAC segment.
The lack of standardized workflows, inefficient layout, and unclear KPIs further limited the line’s ability to scale or respond to customer demand.
I Led a Lean Six Sigma DMAIC initiative to increase efficiency by at least 10 points.
The solution focused on:
Mapping the end-to-end workflow to identify bottlenecks
Redesigning the line layout and material handling flows
Establishing clear KPIs and operating standards
Using SAP data to validate decisions and quantify improvements
Implementing visual management and ongoing monitoring tools
Trained operators, technicians, and supporting teams.
Aligned engineering, manufacturing, and quality SMEs to ensure seamless prototyping-to-serial transition.
Implemented Kanban, JIT, and Lean Six Sigma techniques across the line.
Defined SOPs, work instructions, and end-to-end process documentation.
Designed and deployed the full transfer-to-production methodology.
Ensured compliance with customer and internal standards from Spain and Australia.
Developed a Value Stream Map (VSM) to highlight systemic inefficiencies.
Defined KPIs and measurable success criteria.
Redesigned the line layout to reduce motion, waiting time, and material waste.
Optimized material flow and replenishment processes.
Analyzed SAP operational data to validate cycle times and productivity levels.
Conducted full DMAIC cycle.
Updated all documentation: SOPs, PRs, and One-Point Lessons.
Deployed dashboard-based monitoring for continuous control.